Hi, help please. Question 5 5 pts Consider the implementation of the x.wait oper

Question

Hi, help please.

Question 5 5 pts Consider the implementation of the x.wait operation on monitor condition variable x, as described in the textbook and on slide 5.48: x_count+; if (next_count 8) signal (next); else signal (nutox); wait(x_sem) x_counL- What happens if the implementation for wait) is changed to the following? count++ wait(x sem) if (next_count >) signal (next); else signal (mutex); x count O the process that calls the procedure that does x.wait) will block but another process can come later and call x.signal), resuming it It opens up the possibility of deadlock if a second process calls y.wait). where y is another condition variable. () the code works as before The first process that enters a monitor procedure that calls wait) on a condition variable will lock the monitor indefinitely.

Explanation / Answer

5.

The process that calls the procedure that does x.wait() will block but another process can come later and call x.signal(), resuming it.

Option 1 is correct.

Explanation:

x.wait() will block the arrivel other process, it means other process need to wait some time.

call x.signal(), it gives the access or resuming the process.

6.

Yes, always

Option 1 is correct.

Explanation:

FIFO order :

The full form of FIFO is "First in First Out". Here the process which is entered first that will out first.

Bounded waiting :

Bounded waiting refers to the number of times that other processes are allowed to process that means it gives a chance to enter their critical sections.

Certain process has made a request to enter its critical section and before that request is granted.

Observe the algorithm :

The maintaining the list of processes waiting as FIFO order.

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